Available
Vlasify Verified
Independent verification of plasma simulations, with a signed V&V certificate your reviewers, funders and design boards can trust.
Get startedVerified physics, from the lab to the cosmos
Plasma simulations you can trust.
From laser–plasma interactions to the solar corona, we design, run and verify kinetic simulations. We also make them faster with GPUs and smarter with AI, for researchers and deep-tech teams worldwide.
Codes we work with
WarpXEPOCHSmileiOSIRISPIConGPUVPICPLUTOAthena++COMSOL
PhD-led
Laser–plasma & astrophysical plasma specialists
V&V
Every result benchmarked against theory
CPU → GPU
From laptops to national supercomputers
< 24 h
Response from a founder, not a sales rep
The Vlasify platform
Building the verification layer for kinetic plasma physics.
Expert services today. A verified simulation cloud, AI copilots and open benchmarks tomorrow, all held to the same standard.
Early access
Vlasify Cloud
Managed kinetic simulation on GPUs. Particle-in-cell and continuum Vlasov runs from validated templates, with verification checks built into every job.
Join early accessIn development
Vlasify Copilot
An AI copilot that writes, checks and explains simulation input decks, trained on verified runs and always with a physicist in the loop.
Join early accessIn development
PlasmaBench
An open benchmark suite for plasma codes and AI models: verified test problems that show whether a solver, or an LLM, gets the physics right.
Join early accessWhat we do
Four pillars. One standard: verified physics.
Whether you need one simulation for a paper or a modelling partner for a multi-year programme, every engagement uses the same discipline.
Simulate
Kinetic, laser and astrophysical plasma modelling — verified against theory.
Compute
HPC, GPU and research software that turns weeks into hours.
Intelligence
AI surrogates, digital twins and physics-grade AI evaluation.
Enable
Review, research support and training for the next generation.
PIC & Plasma Simulation with Independent V&V
Particle-in-cell, PIC-MCC and hybrid simulations — every result benchmarked against theory.
Learn moreLaser–Plasma Interaction Studies
Wakefield acceleration, ion acceleration, radiation sources and experiment design for high-power laser facilities.
Learn moreFUTURE-READY
Astrophysical, Coronal & Space-Weather Plasma
Solar corona, magnetic reconnection, solar wind and space-weather modelling and data analysis.
Learn moreFUTURE-READY
Laboratory Astrophysics — Lab-to-Cosmos
Using laser-plasma experiments and simulations to study shocks, reconnection and magnetic fields found in space.
Learn moreFUTURE-READY
Continuum Vlasov & Kinetic Simulation
Noise-free kinetic simulation that solves the Vlasov equation directly on a phase-space grid, where particle noise hides the physics.
Learn moreHPC, GPU & Exascale Readiness
Port, scale and accelerate scientific codes on GPUs, national supercomputers and the cloud.
Learn moreFUTURE-READY
AI Surrogates & Plasma Digital Twins
Neural-network models trained on simulations that predict plasma behaviour in seconds instead of days.
Learn moreFUTURE-READY
Physics AI Data & LLM Evaluation
PhD-level physics datasets, benchmarks, RLHF and evaluation of AI models and scientific agents.
Learn moreFUTURE-READY
Research Software Engineering & Reproducibility
Modernise research codes, make results reproducible and meet the open-science requirements of journals and funders.
Learn moreFUTURE-READY
Enterprise Support for Open-Source Plasma Codes
Installation, bug-fixing, custom physics modules and priority help for WarpX, EPOCH, Smilei and other open-source codes.
Learn moreScientific Review & Research Support
Pre-submission review, report evaluation, reviewer-response simulations and proposal compute planning.
Learn moreTraining, Bootcamps & Faculty Programmes
Hands-on courses in PIC simulation, HPC and AI for physicists — online or on campus.
Learn moreOur signature
From the lab to the cosmos.
Our founders bring together two worlds that rarely meet: relativistic laser–plasma interaction and astrophysical and coronal plasma.
Shocks, magnetic reconnection and magnetic-field generation obey the same equations in a laser target and in the solar corona. That lets us design scaled laboratory experiments, interpret space observations, and bring insight from each field into the other.
Explore laboratory astrophysicsHow we work
Five checks before you see a single plot.
Our verification & validation process grew out of a PhD spent proving simulation results against analytical theory.
- 01
Analytical benchmark
Reproduce a known solution before touching the real problem.
- 02
Convergence
Refine grid, time step and particles until answers stop changing.
- 03
Conservation
Track energy, momentum and charge for silent numerical errors.
- 04
Cross-check
Compare with a second code or method where it matters.
- 05
Documented report
Everything reproducible, everything handed to you.
Free tools
Calculators physicists actually bookmark.
Built from the same verified formulas we use on client projects, and unit-tested against the NRL Plasma Formulary.
Who we serve
Built for research and deep-tech.
Universities & Research Institutes
Simulation, HPC and review support that helps groups publish faster and train students better.
High-Power Lasers & Accelerators
Pre-shot design and interpretation for petawatt-class facilities and compact accelerator R&D.
Semiconductor Plasma Processing
Kinetic insight into etch and deposition plasmas as fabs and equipment R&D expand in India and Asia.
Space Propulsion & Satellites
Electric propulsion modelling and space-weather insight for a fast-growing private space sector.
Fusion Energy
Kinetic modelling, code coupling and AI surrogates for public programmes and private fusion companies.
Defence & Vacuum Electronics
PIC modelling for high-power microwave sources, vacuum electron devices and multipactor analysis.
Solar & Space Science
Coronal modelling and data pipelines for the new generation of solar and heliospheric missions.
AI Labs & Scientific AI
Expert physics data, benchmarks and evaluation for frontier models and scientific agents.
Vlasify R&D
What we are building next.
Our in-house research directions. Partners and collaborators are welcome.
Agentic simulation copilots
AI agents that set up, run and sanity-check plasma simulations — with a physicist in the loop.
Quantum algorithms for plasma
Exploring quantum and quantum-inspired solvers for Vlasov and linear-response problems.
Open V&V benchmark suite
A public, growing set of verified test problems for plasma codes and AI models.
Exascale-ready workflows
GPU-native pipelines combining simulation, surrogates and in-situ analysis.
Engagement
Simple ways to work together.
Most popular
Scoped Project
Fixed price, fixed deliverables. Ideal for a simulation study, code audit or paper-support task.
Best for labs & startups
Research Retainer
A monthly block of expert hours — your on-call computational plasma team without the hiring.
Low-risk start
Pilot Sprint
A 1–2 week paid pilot to prove feasibility before you commit to a larger programme.
FAQ
Questions, answered.
Something else on your mind? Email us. A physicist will reply.
Who are your typical clients?+
PhD students, postdocs and principal investigators at universities and national labs; deep-tech companies in semiconductors, space, fusion and lasers; and AI teams that need expert physics data.
Do you work with international clients?+
Yes. We are based in India and work with researchers worldwide, remotely and in English, with invoicing in USD, EUR or INR.
How is pricing decided?+
Most work is a fixed-price scoped project agreed before we start. Retainers and pilot sprints are also available. Send a brief and we will quote within one working day.
Is our research confidential?+
Always. We sign NDAs on request, you own all results, and we never publish client work without written permission.
Can you help if we already have a simulation that “almost works”?+
That is one of our most common requests. A short V&V audit usually finds the numerical or physical cause quickly.
Have a simulation problem? Let’s scope it.
Tell us about your project. You will hear back from a founder within one working day, with a clear plan and a fixed quote.